g libraries in the larger LLVM Project. . This package contains the LLD runtime library. Package: liblld-11-dev Description-md5: d5f91d89aa80d28cd4d98b74563f075b Description-en: LLVM-based linker, header files LLD is a new, high-performance linker. It is built as a set of reusable components which highly leverage existing libraries in the larger LLVM Project. . This package provides the header files to build extension over lld. Package: liblld-12 Description-md5: edabea654ba7a6bd671515adc0fffdd2 Description-en: LLVM-based linker, library LLD is a new, high-performance linker. It is built as a set of reusable components which highly leverage existing libraries in the larger LLVM Project. . This package contains the LLD runtime library. Package: liblld-12-dev Description-md5: d5f91d89aa80d28cd4d98b74563f075b Description-en: LLVM-based linker, header files LLD is a new, high-performance linker. It is built as a set of reusable components which highly leverage existing libraries in the larger LLVM Project. . This package provides the header files to build extension over lld. Package: liblldb-11 Description-md5: 88542bb8337de28344a74df10ce94f4e Description-en: Next generation, high-performance debugger, library LLDB is a next generation, high-performance debugger. It is built as a set of reusable components which highly leverage existing libraries in the larger LLVM Project, such as the Clang expression parser and LLVM disassembler. . This package contains the LLDB runtime library. Package: liblldb-11-dev Description-md5: 8f3dc7f570ba958d1f7496e3e5195498 Description-en: Next generation, high-performance debugger, header files LLDB is a next generation, high-performance debugger. It is built as a set of reusable components which highly leverage existing libraries in the larger LLVM Project, such as the Clang expression parser and LLVM disassembler. . This package provides the header files to build extension over lldb. Package: liblldb-12 Description-md5: 88542bb8337de28344a74df10ce94f4e Description-en: Next generation, high-performance debugger, library LLDB is a next generation, high-performance debugger. It is built as a set of reusable components which highly leverage existing libraries in the larger LLVM Project, such as the Clang expression parser and LLVM disassembler. . This package contains the LLDB runtime library. Package: liblldb-12-dev Description-md5: 8f3dc7f570ba958d1f7496e3e5195498 Description-en: Next generation, high-performance debugger, header files LLDB is a next generation, high-performance debugger. It is built as a set of reusable components which highly leverage existing libraries in the larger LLVM Project, such as the Clang expression parser and LLVM disassembler. . This package provides the header files to build extension over lldb. Package: libllvm-12-ocaml-dev Description-md5: 7727e410aa3baa784cb47a4afb95f4e8 Description-en: Modular compiler and toolchain technologies, OCaml bindings LLVM is a collection of libraries and tools that make it easy to build compilers, optimizers, just-in-time code generators, and many other compiler-related programs. . LLVM uses a single, language-independent virtual instruction set both as an offline code representation (to communicate code between compiler phases and to run-time systems) and as the compiler internal representation (to analyze and transform programs). This persistent code representation allows a common set of sophisticated compiler techniques to be applied at compile-time, link-time, install-time, run-time, or "idle-time" (between program runs). . This package provides the OCaml bindings to develop applications using llvm. Package: liblog4j1.2-java Description-md5: 6852e874e3a0a408361775c4958b1233 Description-en: Logging library for java log4j is a tool to help the programmer output log statements to a variety of output targets. . It is possible to enable logging at runtime without modifying the application binary. The log4j package is designed so that log statements can remain in shipped code without incurring a high performance cost. . One of the distinctive features of log4j is the notion of hierarchical loggers. Using loggers it is possible to selectively control which log statements are output at arbitrary granularity. . Log4j can output to: a file, a rolling file, a database with a JDBC driver, many output asynchronously, a JMS Topic, a swing based logging console, the NT event log, /dev/null, a SMTP server (using javamail), a socket server, syslog, telnet daemon and stdout. . The format of the output can be defined using one of the various layout (or user defined layout) like: simple text, html, date, pattern defined and XML. Package: liblog4j1.2-java-doc Description-md5: 4de3d2b07bbd8d616f084238c912527a Description-en: Documentation for liblog4j1.2-java The javadoc API documentation for the logging library from the Apache Jakarta project. The documentation is for the version 1.2 of the log4j API. Package: liblog4j2-java Description-md5: 45f804957a9794c4f807c12a4e0985f7 Description-en: Apache Log4j - Logging Framework for Java Apache Log4j 2 is an upgrade to Log4j that provides significant improvements over its predecessor, Log4j 1.x: . API Separation: The API for Log4j is separate from the implementation making it clear for application developers which classes and methods they can use while ensuring forward compatibility. . Improved Performance: Log4j 2 contains next-generation Asynchronous Loggers based on the LMAX Disruptor library. In multi-threaded scenarios Asynchronous Loggers have 10 times higher throughput and orders of magnitude lower latency than Log4j 1.x. . Support for multiple APIs: While the Log4j 2 API will provide the best performance, Log4j 2 provides support for the SLF4J and Commons Logging APIs. . Automatic Reloading of Configurations: Log4j 2 can automatically reload its configuration upon modification. It will do so without losing log events while reconfiguration is taking place. . Advanced Filtering: Log4j 2 supports filtering based on context data, markers, regular expressions, and other components in the Log event. Filtering can be specified to apply to all events before being passed to Loggers or as they pass through Appenders. . Plugin Architecture: Log4j uses the plugin pattern to configure components. As such, no code is needed to create and configure an Appender, Layout, Pattern Converter, and so on. Log4j automatically recognizes plugins and uses them when a configuration references them. . Property Support: Properties can be referenced in a configuration, Log4j will directly replace them, or Log4j will pass them to an underlying component that will dynamically resolve them. Properties come from values defined in the configuration file, system properties, environment variables, the ThreadContext Map, and data present in the event. Package: liblog4j2-java-doc Description-md5: 1b7e8ca14f9fa79dce6dd2fef44c1d0e Description-en: Documentation for Apache Log4j 2 Apache Log4j 2 is an upgrade to Log4j that provides significant improvements over its predecessor, Log4j 1.x. . This package contains the API documentation of liblog4j2-java. Package: liblog4net-cil-dev Description-md5: cf21e8f012cbc72f9e8bf9c1f27640c4 Description-en: highly configurable logging API for the CLI log4net is a tool to help the programmer output log statements to a variety of output targets. log4net is a port of the excellent log4j framework to the Common Language Infrastructure (CLI). The framework is similar to the original log4j as possible while taking advantage of new features in the CLI runtime. For more information on log4net see the features document. . log4net is part of the Apache Logging Services project. The Logging Services project is intended to provide cross-language logging services for purposes of application debugging and auditing. . This package contains development headers for the log4net library Package: liblog4net1.2-cil Description-md5: 18cf719b7f552ecdddb6bd473c10790f Description-en: highly configurable logging API for the CLI log4net is a tool to help the programmer output log statements to a variety of output targets. log4net is a port of the excellent log4j framework to the Common Language Infrastructure (CLI). The framework is similar to the original log4j as possible while taking advantage of new features in the CLI runtime. For more information on log4net see the features document. . log4net is part of the Apache Logging Services project. The Logging Services project is intended to provide cross-language logging services for purposes of application debugging and auditing. . This package contains the log4net library itself Package: liblouis-bin Description-md5: cae9b467847bea41b21fa26bea4352d3 Description-en: Braille translation library - utilities Liblouis is a braille translator and back-translator. It features support for computer and literary braille, supports contracted and uncontracted translation for many languages and has support for hyphenation. Liblouis also supports math braille (Nemeth and Marburg). New languages can easily be added through tables that support a rule- or dictionary based approach. Included are also tools for testing and debugging tables. . This package contains a few tools to test tables and translate text. Package: liblsan0-amd64-cross Description-md5: fd77936d8cda7d6af8bc33d6f395c678 Description-en: LeakSanitizer -- a memory leak detector (runtime) LeakSanitizer (Lsan) is a memory leak detector which is integrated into AddressSanitizer. Package: liblsan0-ppc64-cross Description-md5: fd77936d8cda7d6af8bc33d6f395c678 Description-en: LeakSanitizer -- a memory leak detector (runtime) LeakSanitizer (Lsan) is a memory leak detector which is integrated into AddressSanitizer. Package: liblxc-common Description-md5: 9157a820a0659f86e4e9edfb89d0b33f Description-en: Linux Containers userspace tools (common tools) Containers are insulated areas inside a system, which have their own namespace for filesystem, network, PID, IPC, CPU and memory allocation and which can be created using the Control Group and Namespace features included in the Linux kernel. . This package contains a few binaries and security profiles required by all liblxc users. Package: liblxc-dev Description-md5: c719178b7e79ce1ed39519707c589961 Description-en: Linux Containers userspace tools (development) Containers are insulated areas inside a system, which have their own namespace for filesystem, network, PID, IPC, CPU and memory allocation and which can be created using the Control Group and Namespace features included in the Linux kernel. . This package contains the development files. Package: liblxc1 Description-md5: d757397b1a93a5bea5c72032f3ef485d Description-en: Linux Containers userspace tools (library) Containers are insulated areas inside a system, which have their own namespace for filesystem, network, PID, IPC, CPU and memory allocation and which can be created using the Control Group and Namespace features included in the Linux kernel. . This package contains the libraries. Package: liblz4-tool Description-md5: ddad44e3312c9f98dda6fb33ce135688 Description-en: Fast LZ compression algorithm library - transitional package LZ4 is a very fast lossless compression algorithm, providing compression speed at 400 MB/s per core, scalable with multi-cores CPU. It also features an extremely fast decoder, with speed in multiple GB/s per core, typically reaching RAM speed limits on multi-core systems. . This is a transitional package. It can be safely removed. Package: liblzf-dev Description-md5: 49389828382e2bd7c141cf5b69082d94 Description-en: Very small data compression library - development headers This library implements the very, very fast LZF compression algorithm written in C. Compression ratios are moderate with 40 to 50 percent for typical binary data, but decompression speed is basically at unoptimized memcpy speed. . This package installs the necessary files to develop and link against the library. Package: liblzf1 Description-md5: 877aea019a6222e979f902a326f8df7a Description-en: Very small data compression library This library implements the very, very fast LZF compression algorithm written in C. Compression ratios are moderate with 40 to 50 percent for typical binary data, but decompression speed is basically at unoptimized memcpy speed. Package: libmagick++-6-headers Description-md5: 06ec9b73bbf347a03e40ab70696842f9 Description-en: object-oriented C++ interface to ImageMagick - header files The Magick++ library is a set of C++ wrapper classes that provides access to the ImageMagick package functionality from within a C++ application. . This package includes header files needed to compile programs using Magick++. . This package is independent of channel depth. Package: libmagick++-6.q16-8 Description-md5: 0c41c32b31e56b653148d8cf9257e740 Description-en: C++ interface to ImageMagick -- quantum depth Q16 The Magick++ library is a set of C++ wrapper classes that provides access to the ImageMagick package functionality from within a C++ application. . This package contains the C++ libraries needed to run executables that make use of libMagick++. . This version of libmagick++ is compiled for a channel depth of 16 bits (Q16). Package: libmagick++-6.q16-dev Description-md5: c3c989aa362d5214cb2ded85b4ac9299 Description-en: C++ interface to ImageMagick - development files (Q16) The Magick++ library is a set of C++ wrapper classes that provides access to the ImageMagick package functionality from within a C++ application. . This package includes header files and static libraries needed to compile programs using Magick++. . This version of libmagick++-dev is compiled for a channel depth of 16 bits (Q16). Package: libmagick++-6.q16hdri-8 Description-md5: b0c54866be90ee2a5f4037f3dfc1cdb4 Description-en: C++ interface to ImageMagick -- quantum depth Q16HDRI The Magick++ library is a set of C++ wrapper classes that provides access to the ImageMagick package functionality from within a C++ application. . This package contains the C++ libraries needed to run executables that make use of libMagick++. . This version of libmagick++ is compiled for a channel depth of 16 bits with high dynamic range (Q16HDRI). Package: libmagick++-6.q16hdri-dev Description-md5: bf2ce0cd49bc868a6c331922951dcdb3 Description-en: C++ interface to ImageMagick - development files (Q16HDRI) The Magick++ library is a set of C++ wrapper classes that provides access to the ImageMagick package functionality from within a C++ application. . This package includes header files and static libraries needed to compile programs using Magick++. . This version of libmagick++-dev is compiled for a channel depth of 16 bits with high dynamic range (Q16HDRI). Package: libmagick++-dev Description-md5: af7ece294695041c53e6006c675283dc Description-en: object-oriented C++ interface to ImageMagick -- dummy package The Magick++ library was a set of C++ wrapper classes that provides access to the ImageMagick package functionality from within a C++ application. . This is a transitional package to help migrate systems to the new ABI of libmagick++-6 development files for default channel depth. . This is a dummy package. You can safely purge or remove it. Package: libmagickcore-6-arch-config Description-md5: 2bf5b3d73143b88a604852f9d76e6e3c Description-en: low-level image manipulation library - architecture header files The MagickCore API is a low-level interface between the C programming language and the ImageMagick image processing libraries and is recommended for wizard-level programmers only. Unlike the MagickWand C API which uses only a few opaque types and accessors, with MagickCore you almost exclusively access the structure members directly. . This package includes the architecture dependent part of the headers files used by MagickCore. . This package is independent of channel depth. Package: libmagickcore-6-headers Description-md5: a8db8761301b33146d93d31dc2ac97b4 Description-en: low-level image manipulation library - header files The MagickCore API is a low-level interface between the C programming language and the ImageMagick image processing libraries and is recommended for wizard-level programmers only. Unlike the MagickWand C API which uses only a few opaque types and accessors, with MagickCore you almost exclusively access the structure members directly. . This package includes the architecture independent header files needed to compile programs using MagickCore. . This package is independent of channel depth. Package: libmagickcore-6.q16-6 Description-md5: f688f89f9dd63da95c49e94b4496cd52 Description-en: low-level image manipulation library -- quantum depth Q16 The MagickCore API is a low-level interface between the C programming language and the ImageMagick image processing libraries and is recommended for wizard-level programmers only. Unlike the MagickWand C API which uses only a few opaque types and accessors, with MagickCore you almost exclusively access the structure members directly. . This package contains the C libraries needed to run executables that make use of MagickCore. . This version of libmagickcore is compiled for a channel depth of 16 bits (Q16). Package: libmagickcore-6.q16-6-extra Description-md5: a06d4ac082de7d3d4609131eb58764ca Description-en: low-level image manipulation library - extra codecs (Q16) This package adds support for SVG, WMF, OpenEXR, DjVu and Graphviz to MagickCore. . This version of libmagickcore-extra is compiled for a channel depth of 16 bits (Q16). Package: libmagickcore-6.q16-dev Description-md5: b3e9994222fe22a105ea09bc9fdbf60b Description-en: low-level image manipulation library - development files (Q16) The MagickCore API is a low-level interface between the C programming language and the ImageMagick image processing libraries and is recommended for wizard-level programmers only. Unlike the MagickWand C API which uses only a few opaque types and accessors, with MagickCore you almost exclusively access the structure members directly. . This package includes header static libraries needed to compile programs using MagickCore. . This version of libmagickcore-dev is compiled for a channel depth of 16 bits (Q16). Package: libmagickcore-6.q16hdri-6 Description-md5: 3b22716bce6596b26b5d0fe6f8a409c0 Description-en: low-level image manipulation library -- quantum depth Q16HDRI The MagickCore API is a low-level interface between the C programming language and the ImageMagick image processing libraries and is recommended for wizard-level programmers only. Unlike the MagickWand C API which uses only a few opaque types and accessors, with MagickCore you almost exclusively access the structure members directly. . This package contains the C libraries needed to run executables that make use of MagickCore. . This version of libmagickcore is compiled for a channel depth of 16 bits with high dynamic range (Q16HDRI). Package: libmagickcore-6.q16hdri-6-extra Description-md5: cd6b982f20932b9a3882651080cec791 Description-en: low-level image manipulation library - extra codecs (Q16HDRI) This package adds support for SVG, WMF, OpenEXR, DjVu and Graphviz to MagickCore. . This version of libmagickcore-extra is compiled for a channel depth of 16 bits with high dynamic range (Q16HDRI). Package: libmagickcore-6.q16hdri-dev Description-md5: 318e99730be581bdf46a9d774b773c39 Description-en: low-level image manipulation library - development files (Q16HDRI) The MagickCore API is a low-level interface between the C programming language and the ImageMagick image processing libraries and is recommended for wizard-level programmers only. Unlike the MagickWand C API which uses only a few opaque types and accessors, with MagickCore you almost exclusively access the structure members directly. . This package includes header static libraries needed to compile programs using MagickCore. . This version of libmagickcore-dev is compiled for a channel depth of 16 bits with high dynamic range (Q16HDRI). Package: libmagickcore-dev Description-md5: f90927ba6a13e7c7f8e0886fe0476a3e Description-en: low-level image manipulation library -- dummy package This package included header files and static libraries needed to compile programs using MagickCore. . This is a transitional package to help migrate systems to the new ABI of libmagickcore-6 development files for default channel depth. . This is a dummy package. You can safely purge or remove it. Package: libmagickwand-6-headers Description-md5: 26a899f36addb78d0dfc2cc24f28ad9a Description-en: image manipulation library - headers files The MagickWand API is the recommended interface between the C programming language and the ImageMagick image processing libraries. Unlike the MagickCore C API, MagickWand uses only a few opaque types. Accessors are available to set or get important wand properties. . This package includes header files needed to compile programs using MagickWand. . This package is independent of channel depth. Package: libmagickwand-6.q16-6 Description-md5: 0c875be0fa5c3c27073edfb377baa500 Description-en: image manipulation library -- quantum depth Q16 The MagickWand API is the recommended interface between the C programming language and the ImageMagick image processing libraries. Unlike the MagickCore C API, MagickWand uses only a few opaque types. Accessors are available to set or get important wand properties. . This package contains the C libraries needed to run executables that make use of MagickWand. . This version of libmagickwand is compiled for a channel depth of 16 bits (Q16). Package: libmagickwand-6.q16-dev Description-md5: 6e42d2139f5f25e467dea8208c50f942 Description-en: image manipulation library - development files (Q16) The MagickWand API is the recommended interface between the C programming language and the ImageMagick image processing libraries. Unlike the MagickCore C API, MagickWand uses only a few opaque types. Accessors are available to set or get important wand properties. . This package the static libraries needed to compile programs using MagickWand. . This version of libmagickwand-dev is compiled for a channel depth of 16 bits (Q16). Package: libmagickwand-6.q16hdri-6 Description-md5: bb13722c05450e5cf602707c87e455ad Description-en: image manipulation library -- quantum depth Q16HDRI The MagickWand API is the recommended interface between the C programming language and the ImageMagick image processing libraries. Unlike the MagickCore C API, MagickWand uses only a few opaque types. Accessors are available to set or get important wand properties. . This package contains the C libraries needed to run executables that make use of MagickWand. . This version of libmagickwand is compiled for a channel depth of 16 bits with high dynamic range (Q16HDRI). Package: libmagickwand-6.q16hdri-dev Description-md5: 129fb0c8f9aeae8e8d848457773b5c4e Description-en: image manipulation library - development files (Q16HDRI) The MagickWand API is the recommended interface between the C programming language and the ImageMagick image processing libraries. Unlike the MagickCore C API, MagickWand uses only a few opaque types. Accessors are available to set or get important wand properties. . This package the static libraries needed to compile programs using MagickWand. . This version of libmagickwand-dev is compiled for a channel depth of 16 bits with high dynamic range (Q16HDRI). Package: libmagickwand-dev Description-md5: 28a96f71697c26ce0682ab3e67b8c710 Description-en: image manipulation library -- dummy package This package included the static libraries needed to compile programs using MagickWand. . This is a transitional package to help migrate systems to the new ABI of libmagickwand-6 development files for default channel depth. . This is a dummy package. You can safely purge or remove it. Package: libmail-spf-xs-perl Description-md5: 91539b383b417fc315db89fba18caaf4 Description-en: library for validating mail senders with SPF - Perl bindings libspf2 implements the Sender Policy Framework, a part of the SPF/SRS protocol pair. libspf2 is a library which allows email systems such as Sendmail, Postfix, Exim, Zmailer and MS Exchange to check SPF records and make sure that the email is authorized by the domain name that it is coming from. This prevents email forgery, commonly used by spammers, scammers and email viruses/worms. . This package provides an XS module for using libspf from Perl programs. Package: libmariadb-dev Description-md5: 5147f292c112a0def76ef58780903826 Description-en: MariaDB database development files MariaDB is a fast, stable and true multi-user, multi-threaded SQL database server. SQL (Structured Query Language) is the most popular database query language in the world. The main goals of MariaDB are speed, robustness and ease of use. . This package includes development libraries and header files. To allow sources expecting the MariaDB Connector/C to build. Sources that expect the MySQL Client libraries should use files from the libmariadb-dev-compat package. Package: libmariadb-dev-compat Description-md5: 4e4bcacf382bb1ad738f392fb886a606 Description-en: MariaDB Connector/C, compatibility symlinks MariaDB is a fast, stable and true multi-user, multi-threaded SQL database server. SQL (Structured Query Language) is the most popular database query language in the world. The main goals of MariaDB are speed, robustness and ease of use. . This package includes compatibility symlinks to allow sources expecting the MySQL client libraries to be built against MariaDB Connector/C. Package: libmariadb3 Description-md5: c48685b906f3842ee48fd71db5681868 Description-en: MariaDB database client library MariaDB is a fast, stable and true multi-user, multi-threaded SQL database server. SQL (Structured Query Language) is the most popular database query language in the world. The main goals of MariaDB are speed, robustness and ease of use. . This package includes the client library. Package: libmariadbclient-dev Description-md5: 0c3501d8489a7e3fe96f507c7a6667d0 Description-en: MariaDB database development files (transitional package) MariaDB is a fast, stable and true multi-user, multi-threaded SQL database server. SQL (Structured Query Language) is the most popular database query language in the world. The main goals of MariaDB are speed, robustness and ease of use. . This empty package is intended to ease the switch to libmariadb-dev. It can safely removed. Package: libmariadbd-dev Description-md5: f1579889611a2ce406c3c321e37d32d9 Description-en: MariaDB embedded database, development files MariaDB is a fast, stable and true multi-user, multi-threaded SQL database server. SQL (Structured Query Language) is the most popular database query language in the world. The main goals of MariaDB are speed, robustness and ease of use. . This package includes the embedded server library development and header files. Package: libmariadbd19 Description-md5: a85241d1aa0dccaa3ede8bda094b9117 Description-en: MariaDB embedded database, shared library MariaDB is a fast, stable and true multi-user, multi-threaded SQL database server. SQL (Structured Query Language) is the most popular database query language in the world. The main goals of MariaDB are speed, robustness and ease of use. . This package includes a shared library for embedded MariaDB applications. Package: libmaven-shared-utils-java Description-md5: 8fa2d1eba2915564dd11957b446b8c4e Description-en: Replacement for plexus-utils in Maven This project aims to be a functional replacement for plexus-utils in Maven. . It is not a 100% API compatible replacement though, but a replacement with improvements: lots of methods got cleaned up, generics got added and a lot of unused code was dropped. Package: libmaven-shared-utils-java-doc Description-md5: 47784c83c53b621de9a5a13ce22be475 Description-en: Replacement for plexus-utils in Maven (documentation) This project aims to be a functional replacement for plexus-utils in Maven. . It is not a 100% API compatible replacement though, but a replacement with improvements: lots of methods got cleaned up, generics got added and a lot of unused code was dropped. . T